Tactile Feedback Robotic Surgery

Tactile Feedback Robotic Surgery

Researchers at UCLA are exploring development of a pneumatic balloon-based tactile feedback system to improve robotic surgery.

Tactile Feedback in Surgical Applications

In recent years, robots have become an increasingly viable part of minimally invasive surgery. They offer improved range of motion in laparoscopic techniques. The drawback has been that robots have lacked the sense of touch, or haptic feedback, that is so vital in many procedures, such as applying force to sutures.

Force Feedback System Improves Robotic Grasping Force

The Center for Advanced Surgical and Interventional Technology (CASIT) at UCLA's David Geffen School of Medicine is developing a pneumatic balloon-based tactile feedback system for an existing robotic surgical system. FlexiForce™ sensors mounted at the distal end of a robotic grasper proportionately translate pressures applied to the surgeon's fingers via balloon actuator arrays. Researchers have already demonstrated a reduced grasping force using this system. More information about this project can be found at UCLA's website.

Benefits of FlexiForce™ Sensors

  • Ultra-thin sensor construction and flexibility means minimal interference/disturbance to normal action
  • Accurate response gives your customers and end users confidence in the performance of your product
  • Knowledgeable, experienced technical staff help you develop the most effective, economical sensor based on your specific requirements.  All manufacturing takes place at ISO 9001 compliant & 13485 registered Tekscan headquarters.
  • 100% factory inspection ensures your sensors meet established performance specifications

Getting Started with FlexiForce Sensors

FlexiForce sensors are available off-the-shelf in packs of four or eight for testing and prototyping. Visit our online store to place an order, or contact us to discuss customization options with one of our engineers.